CN106703202A - Lifting and rotary device - Google Patents
Lifting and rotary device Download PDFInfo
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- CN106703202A CN106703202A CN201510470442.7A CN201510470442A CN106703202A CN 106703202 A CN106703202 A CN 106703202A CN 201510470442 A CN201510470442 A CN 201510470442A CN 106703202 A CN106703202 A CN 106703202A
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Abstract
The invention relates to the field of architecture and provides a device for lifting of independent buildings and rotating viewing, specifically a lifting and rotary device. Several layers of layer components are superposed, and the neighboring ones are connected through support components. A support component drives the upper neighboring component to rise or fall through a relative movement between a nut and a screw rod. Force bearing points of lifting in each layer of the layer components are equally divided according to geometrically square shapes, and a power motor, a steering box and a lifter are connected as an 'H' through a transmission shaft A and a transmission shaft B, the power source becomes unified and synchronous lifting is guaranteed. A rotary table for viewing of a support building is directly installed on a top-layer component and is driven in uniform rotation through friction between different speed rolling units of inner and external roller beds and the top-layer component. By means of layered superposition in the process of lifting, the longitudinal dimension of the device can be maximally reduced. Meanwhile, the difficulty in manufacturing and assembling the device is reduced by layered assembly.
Description
Technical field
It is used for the lifting of detached building and the dress of rotation view the present invention relates to building field
Put, specifically a kind of lift rotating equipment.
Background technology
As material progress and spiritual civilization are constantly improved, some special places we
Often it can be seen that villa house is built in mountain top or eminence by people, to appreciate the wind of grace
Scape.With the development of science and technology the development of humanistic environment, people no longer pursue traditional sense
On building construction, be incorporated into the ideal basis of lift, one kind is used for the lifting of villa house
Device just arise at the historic moment.
The content of the invention
In order to realize the lifting in detached building (such as villa house), it is an object of the invention to
A kind of lift rotating equipment is provided.The lift rotating equipment can be by house mounted thereto certainly
By rising and falling, and rotation view is equipped with, lifting, rotary course safety.
The purpose of the present invention is achieved through the following technical solutions：
The present invention includes turntable and multilayer layer assembly, and the wherein layer assembly of the bottom is arranged on basis
On, the turntable is rotated with the layer assembly of top and is connected；Every layer in addition to top layer assembly
Layer assembly includes component framework, power motor, reductor, power transmission shaft A, steering box, biography
Moving axis B, lift, casing, arm-tie and support component, the reductor and the power motor
Output end be connected and be separately mounted on the component framework, along week on the component framework
To multiple casings are evenly equipped with, the lift, the deceleration are mounted on each described casing
The output end of machine is connected with many power transmission shafts A, the every power transmission shaft A and is respectively connected with steering box,
Each described steering box has exported many power transmission shaft B, every power transmission shaft B with one
The lift is connected, and is equipped with below each described casing and the liter on the casing
The arm-tie that the output end of drop machine is connected, each described arm-tie by the support component and is somebody's turn to do
The component framework of the adjacent last layer layer assembly of component is connected layer by layer；The layer assembly of the top
The arm-tie of component framework and adjacent next layer of layer assembly be connected, the layer assembly of the top
Multiple disk roller dynamical elements are along the circumferential direction evenly equipped with component framework, each disk roller dynamical element
Output end be respectively connected with and roll the disk roller unit that is connected with the turntable；Per in component layer by layer
The transmission that the power motor and reductor pass through power transmission shaft A, steering box and lift, drives
The arm-tie lifting, and then the layer assembly liter of adjacent last layer is driven by the support component
Drop, the turntable drives disk roller to rotate and realizes rotation by each disk roller dynamical element.
Wherein：Nut is installed on per the arm-tie in component layer by layer, the support component
One end is arranged on the arm-tie, and the other end is passed through by the casing of the component layer by layer, is connected to adjacent
On the casing of last layer layer assembly；The output end of the lift be screw mandrel, the screw mandrel with it is described
Nut thread is connected, and power is transferred in the support component, and then realize adjacent last layer
The lifting of layer assembly；The support component includes support guide post and Auxiliary support post, the case
Guide pipe and auxiliary branch line are separately installed with body, and between the guide pipe and auxiliary branch line
It is provided with the through hole passed through for the screw mandrel；One end of the support guide post and Auxiliary support post point
An Zhuan not be on the arm-tie, the other end is passed through by guide pipe and auxiliary branch line respectively, is connected to
On the casing of adjacent last layer layer assembly；
The component framework outward flange of top layer assembly has been evenly distributed multiple spacing disk rollers, respectively
The spacing disk roller is rolled with the inner ring of the turntable and is connected；The component of the top layer assembly
Framework is round, is along the circumferential direction evenly equipped with multiple casings, and each described casing passes through
Support component described in one with it is adjacent under from level to level component arm-tie be connected；In the outer of each casing
Enclose, be along the circumferential direction evenly equipped with multiple disk roller units, each described disk roller unit includes connection
Axle, inner roll and outer roller, the connecting shaft are rotatably installed in the component of the top layer assembly
Being interlocked on framework, in each described connecting shaft has inner roll and outer roller, the disk roller power
Element is electric rotating machine, and the output end of the electric rotating machine is connected with the connecting shaft；Described turn
Platform is circular ring type, and its lower surface is respectively equipped with concentric circular interior roller-way and outer roller-way, each institute
Inner roll is stated to be respectively contained in the interior roller-way, form rolling friction pair, each outer roller point
It is not placed in the outer roller-way, forms rolling friction pair；
The component framework per component layer by layer in addition to top layer assembly be it is square, square
The casing is equipped with corner；The power motor and reductor are symmetrically arranged on two with two
Steering box, each described steering box passes through the output end phase of a power transmission shaft A and reductor respectively
Even, respectively output has two power transmission shaft B to each described steering box, every power transmission shaft B with one
The lift installed on the casing is connected；The power motor and reductor are arranged on per layer by layer
The geometric center position of the component framework of component, two power transmission shafts of each steering box output
The longitudinal center line of B is conllinear, and two longitudinal center lines of the power transmission shaft A are conllinear and vertical
In the longitudinal center line of power transmission shaft B of every side two, i.e. the four of the both sides piece power transmission shaft B with
Two power transmission shaft A are in " H " type；
In the layer assembly of adjacent two layers, the projection position of the casing in horizontal plane of layer assembly is below
In the outside of the casing in top layer assembly.
Advantages of the present invention is with good effect：
1. lifting process layering superposition of the invention, can at utmost reduce device longitudinal ruler
It is very little；The manufacture difficulty and assembly difficulty of device, overall silk are reduced using layering assembling simultaneously
Bar running part longitudinal size can be layered superposition, it is ensured that the integral rigidity of structure and strong
Degree；Overall lifting process can be layered independent control, meet the demand of different adjustable heights.
2. the present invention every layer each arm-tie two ends respectively with support guide post and Auxiliary support post
Connection, support guide post and Auxiliary support post are distributed in screw mandrel both sides and through casing and upper
The corresponding casing connection of component layer by layer is not only the lifting per component layer by layer there is provided structure base
Plinth, while also limit the rotary freedom of arm-tie, it is ensured that the steady movement of nut and arm-tie.
3. the present invention is symmetrically installed lift everywhere per component layer by layer, it is ensured that lifting process
Uniform force, while every layer of transmission device is symmetrically installed, united using same power motor
One drives, and also causes that power is evenly distributed, it is ensured that 4 points of synchronization lifting.
4. lifting transmission of the invention uses trapezoidal thread, and large carrying capacity, power transmission is adopted
With worm and gear, overall gearratio is big, stable drive reliability, while multistage self-locking, so dress
The security performance put holds good security, while overcoming the limit of use environment using machine driving
System.
5. turntable of the invention is driven using rub running roller, effectively reduces contact area, is made
Frictional resistance very little of the turntable in rotary course is obtained, power is saved, while also causing difficult processing
Degree reduces.
Brief description of the drawings
Fig. 1 is the structural representation that the present invention is increased to summit state；
Fig. 2 is the structural representation that the present invention drops to low spot state；
Fig. 3 is the structure top view of layer assembly of the present invention；
Fig. 4 is the structural side view of layer assembly of the present invention；
Fig. 5 is the dimensional structure diagram of layer assembly of the present invention；
Fig. 6 is the structural representation of arm-tie of the present invention；
Fig. 7 is that adjacent two layers layer assembly of the present invention assembles partial structural diagram；
Fig. 8 is the structural representation of top layer component of the present invention；
Fig. 9 is the structural representation of turntable of the present invention；
Figure 10 is the structural representation of casing of the present invention；
Wherein：1 is bottom component, and 2 is middle lower layer components, and 3 is component at the middle and upper levels, and 4 is top
Layer assembly, 5 is turntable, and 6 is support guide post, and 7 is auxiliary support column, and 8 is disk roller power
Element, 9 is casing, and 10 is lift, and 11 is power motor, and 12 is power transmission shaft A, 13
It is steering box, 14 is nut, and 15 is arm-tie, and 16 is reductor, and 17 is power transmission shaft B, 18
It is screw mandrel, 19 is top layer frame, and 20 is electric rotating machine, and 21 is connecting shaft, and 22 is inner roll,
23 is outer roller, and 24 is spacing disk roller, and 25 is guide pipe, and 26 is auxiliary branch line, and 27 are
Through hole, 28 is outer roller-way, and 29 is interior roller-way.
Specific embodiment
The invention will be further described below in conjunction with the accompanying drawings.
The present invention includes turntable 5 and multilayer layer assembly, and the wherein layer assembly of the bottom is arranged on base
On plinth (such as ground), turntable 5 is rotated with the layer assembly of top and is connected；Except top layer group
Include component framework, power motor 11, reductor 16, transmission per component layer by layer outside part
Axle A12, steering box 13, power transmission shaft B17, lift 10, casing 9, arm-tie 15 and branch
Support component, the reductor 16 is connected with the output end of power motor 11 and is separately mounted to group
Multiple casings 9 are evenly distributed on part framework, on component framework, have been pacified on each casing 9
Equipped with lift 10, the output end of reductor 16 is connected with many power transmission shaft A12, every biography
Moving axis A12 is respectively connected with steering box 13, and each steering box 13 is exported many power transmission shafts
B17, every power transmission shaft B17 is connected with a lift 10, and the lower section of each casing 9 is equal
The arm-tie 15 being connected with the output end of the lift 10 on the casing 9 is provided with, often
Individual arm-tie 15 is by the component of support component and the adjacent last layer layer assembly of component layer by layer
Framework is connected；The arm-tie of the component framework of the layer assembly of top and adjacent next layer of layer assembly
15 are connected, and multiple rollers are along the circumferential direction evenly equipped with the component framework of the layer assembly of the top
Wheel dynamical element 8, the output end of each disk roller dynamical element 8 is respectively connected with and is rolled with turntable 5
The disk roller unit of connection；Per the power motor 11 and reductor 16 in component layer by layer by transmission
The transmission of axle A12, steering box 13 and lift 10, drives arm-tie 15 to lift, Jin Ertong
The layer assembly lifting that support component drives adjacent last layer is crossed, turntable 5 is by each disk roller power unit
Part 8 drives disk roller rotation to realize rotation.
The layer assembly of the present embodiment is four layers, as shown in Figure 1 and Figure 2, is followed successively by from the bottom to top
Bottom component 1, middle lower layer components 2, at the middle and upper levels component 3 and top layer component 4, four layer assemblies
Geometric center it is conllinear, and be parallel to each other.Bottom component 1, middle lower layer components 2 and at the middle and upper levels
The shape of component 3, structure are identical, are square frame steel construction, including component framework, move
Force motor 11, reductor 16, power transmission shaft A12, steering box 13, power transmission shaft B17, lifting
Machine 10, casing 9, arm-tie 15 and support component, support component include support guide post 6 and
Auxiliary support post 7.
As shown in Fig. 3~5 and Fig. 7, bottom component 1, middle lower layer components 2 and group at the middle and upper levels
The corner of the component framework of part 3 is equipped with casing 9, per four casings 9 and work of component layer by layer
Word steel profile constitutes this layer of component framework of square frame steel construction.
The power motor 11 and reductor 16 of bottom component 1 are respectively and fixedly connected on component framework,
And positioned at the geometric center position of component framework, output end and the reductor 16 of power motor 11
It is connected.Reductor 16 is spiral bevel gear speed reducer, and output has two power transmission shaft A12,
Two power transmission shaft A12 are symmetrically positioned in the both sides of reductor 16 and longitudinal center line is conllinear.Often
The other end of root power transmission shaft A12 is respectively connected with a steering box 13, and two steering boxs 13 are solid
It is connected on component framework, is symmetrically positioned in the both sides of reductor 16；Steering box 13 is screw conic tooth
Wheel steering box, each steering box 13 is exported two power transmission shafts B17, two power transmission shaft B17
It is symmetrically positioned in the both sides of steering box 13 and longitudinal center line is conllinear.The power transmission shaft B17 of both sides
Longitudinal center line it is parallel, and perpendicular to the longitudinal center line of power transmission shaft A12, i.e. both sides
Four power transmission shaft B17 and two power transmission shaft A12 are in " H " type.Every power transmission shaft B17's is another
One end is connected with the lift 10 installed on a casing 9, and lift 10 is Worm gear feed screw
Lift, screw mandrel therein 18 is the output end of Worm gear feed screw lift.As shown in Figure 10,
Guide pipe (nylon material) 25 and auxiliary branch line 26 are separately installed with each casing 9, and
The through hole 27 that screw mandrel 18 is passed through is provided between guide pipe 25 and auxiliary branch line 26；Screw mandrel
18 are connected with nut 14 using trapezoidal thread, and power is transferred into support guide post 6 and auxiliary
On support column 7, and then drive the lifting of the middle lower layer components 2 of adjacent last layer.Each casing
9 lower section is equipped with an arm-tie 15, as shown in fig. 6, nut 14 is installed on arm-tie 15,
Support guide post 6 and Auxiliary support post 7 are altogether four groups, every group of support guide post 6 and auxiliary
One end of support column 7 is separately fixed at the two ends of arm-tie 15, support guide post 6 and auxiliary branch
The other end of dagger 7 is passed through by guide pipe 25 and auxiliary branch line 26 respectively, is connected to middle lower floor
On the corresponding casing 9 of component 2.
The length and width size of the component framework of middle lower layer components 2 is less than the component framework of bottom component 1
Length and width size, that is, the projection of four casings 9 of the bottom component 1 being below in horizontal plane
It is located in the outside of the casing 9 of the middle lower layer components 2 of top.The power of middle lower layer components 2
Motor 11 and reductor 16 are respectively and fixedly connected on component framework, and positioned at the geometry of component framework
Center, the output end of power motor 11 is connected with reductor 16.Reductor 16 is
Spiral bevel gear speed reducer, output has two power transmission shaft A12, two symmetrical positions of power transmission shaft A12
In the both sides of reductor 16 and longitudinal center line is conllinear.The every other end of power transmission shaft A12
It is respectively connected with a steering box 13, two steering boxs 13 are fixed on component framework, symmetrical
Positioned at the both sides of reductor 16；Steering box 13 is helical bevel gear steering case, each steering box
13 outputs have two power transmission shafts B17, two power transmission shaft B17 to be symmetrically positioned in steering box 13
Both sides and longitudinal center line is conllinear.The longitudinal center line of the power transmission shaft B17 of both sides is parallel,
And perpendicular to four power transmission shaft B17 of the longitudinal center line of power transmission shaft A12, i.e. both sides and two
Power transmission shaft A12 is in " H " type.Every other end of power transmission shaft B17 with a casing 9 on
The lift 10 of installation is connected, and lift 10 is Worm gear feed screw lift, screw mandrel therein
18 is the output end of Worm gear feed screw lift.As shown in Figure 10, pacify respectively on each casing 9
Equipped with guide pipe (nylon material) 25 and auxiliary branch line 26, and in guide pipe 25 and auxiliary branch
The through hole 27 that screw mandrel 18 is passed through is provided between pipe 26；Screw mandrel 18 is with nut 14 using ladder
Shape is threadedly coupled, and power is transferred on support guide post 6 and Auxiliary support post 7, and then band
Move the lifting of the component at the middle and upper levels 3 of adjacent last layer.The lower section of each casing 9 is equipped with one
Arm-tie 15, as shown in fig. 6, be provided with nut 14 on arm-tie 15, support guide post 6 and auxiliary
It is altogether four groups to help support column 7, and every group of support guide post 6 and one end of Auxiliary support post 7 are divided
The other end point at the two ends of arm-tie 15, support guide post 6 and Auxiliary support post 7 is not fixed on
Do not passed through by guide pipe 25 and auxiliary branch line 26, be connected to the corresponding case of component 3 at the middle and upper levels
On body 9.
The length and width size of the component framework of component 3 is less than the component framework of middle lower layer components 2 at the middle and upper levels
Length and width size, that is, four casings 9 of the middle lower layer components 2 being below are in horizontal plane
Projection is located in the outside of the casing 9 of the component at the middle and upper levels 3 of top.Component 3 at the middle and upper levels
Power motor 11 and reductor 16 are respectively and fixedly connected on component framework, and positioned at component framework
Geometric center position, the output end of power motor 11 is connected with reductor 16.Reductor
16 is spiral bevel gear speed reducer, and output has two power transmission shaft A12, two power transmission shafts A12 pairs
Claim positioned at the both sides of reductor 16 and longitudinal center line is conllinear.Every power transmission shaft A12's is another
One end is respectively connected with a steering box 13, two steering boxs 13 are fixed on component framework,
It is symmetrically positioned in the both sides of reductor 16；Steering box 13 is helical bevel gear steering case, and each turns
Being exported to case 13 has two power transmission shafts B17, two power transmission shaft B17 to be symmetrically positioned in steering box
13 both sides and longitudinal center line is conllinear.The longitudinal center line phase of the power transmission shaft B17 of both sides
It is parallel, and perpendicular to four power transmission shaft B17 of the longitudinal center line of power transmission shaft A12, i.e. both sides
It is in " H " type with two power transmission shaft A12.Every other end of power transmission shaft B17 with a case
The lift 10 installed on body 9 is connected, and lift 10 is Worm gear feed screw lift, therein
Screw mandrel 18 is the output end of Worm gear feed screw lift.As shown in Figure 10, divide on each casing 9
Guide pipe (nylon material) 25 and auxiliary branch line 26 be not installed, and guide pipe 25 with it is auxiliary
Help between branch pipe 26 and be provided with the through hole 27 that screw mandrel 18 is passed through；Screw mandrel 18 is adopted with nut 14
Connected with trapezoidal thread, power is transferred on support guide post 6 and Auxiliary support post 7, entered
And drive the lifting of the top layer component 4 of adjacent last layer.The lower section of each casing 9 is equipped with one
Individual arm-tie 15, as shown in fig. 6, be provided with nut 14 on arm-tie 15, support guide post 6 and
Auxiliary support post 7 is altogether four groups, every group of support guide post 6 and one end of Auxiliary support post 7
It is separately fixed at the other end at the two ends of arm-tie 15, support guide post 6 and Auxiliary support post 7
Passed through by guide pipe 25 and auxiliary branch line 26 respectively, be connected to the corresponding case of top layer component 4
On body 9.
As shown in figure 8, the component framework (i.e. top layer frame 19) of top layer component 4 is round
Frame steel construction, is along the circumferential direction evenly equipped with multiple casings 9 (the present embodiment is four), in
The four groups of support guide posts 6 and jury strut post 7 passed through by four casings 9 in upper component 3
It is affixed one by one with four casings 9 on top layer component 4 respectively.Four peripheries of casing 9,
Along the circumferential direction it is evenly equipped with multiple disk roller units (the present embodiment is 12), each disk roller list
Unit includes connecting shaft 21, inner roll 22 and outer roller 23, and the two ends of connecting shaft 21 are all provided with
There is the bearing block on top layer frame 19, the two ends of connecting shaft 21 are rotated by bearing pacifies
On two bearing blocks；It is mounted on what is rotated with connecting shaft 21 in every connecting shaft 21
One inner roll 22 and an outer roller 23, two disk rollers are not of uniform size, by its present position
Radius size correspondence is proportional.The disk roller dynamical element 8 of the present embodiment is four, including rotation
Motor 20 and worm reduction gear, the output end of each electric rotating machine 20 are respectively connected with worm gear reducer
Machine, the output end of each worm reduction gear is connected with a connecting shaft 21；With electric rotating
Machine 20 and four groups of disk roller units of worm reduction gear connection are active roll unit, remaining roller
Wheel unit is driven voller wheel unit.In the outward flange of top layer frame 19, it has been evenly distributed many
Individual spacing disk roller 24 (the present embodiment is four), each spacing disk roller 24 is respectively positioned on connection rotation
The same side of the roll assembly of rotating motor 20；The axial direction of four spacing disk rollers 24 is lifting rotation
The lifting direction of rotary device, inner roll 22 and outer roller 23 are then axially top layer frame 19
Radial direction.
As shown in figure 9, turntable 5 is the platform structure of circular ring type, its lower surface is respectively equipped with together
Heart, the circular interior roller-way 29 and outer roller-way 28, it is interior that each inner roll 22 is respectively contained in this
In roller-way 29, rolling friction pair is formed, each outer roller 23 is respectively contained in the outer roller-way 28
It is interior, formed rolling friction pair, by the inside and outside roller-way 29,28 of turntable 5 respectively with it is inside and outside
Two circle disk roller contacts, drive turntable 5 to rotate by differential driving.Each spacing disk roller 24 with
The inner ring of turntable 5 rolls connection, plays the effect radially spacing to turntable 5.
Lift of the invention 10 is commercial products, to purchase that win strong gearing in Yongjia limited
Company, the Worm gear feed screw lift of model SWL20；Steering box 13 is commercial products, purchase
It is placed in Yongjia Bo Qiang gearings Co., Ltd, the helical bevel gear steering case of model T12；
Reductor 16 is commercial products, is purchased in Yongjia Bo Qiang gearings Co., Ltd, model
The spiral bevel gear speed reducer of K77 helical teeth；Worm reduction gear of the invention is commercial products, purchase
It is placed in Yongjia Bo Qiang gearings Co., Ltd, model RV075-30V6.
Operation principle of the invention is：
By taking four layer by layer component as an example, lift rotating equipment of the invention is by four layers of steel structure platform
(i.e. four layer by layer component) are superimposed, and support component phase is passed through between adjacent two layers layer assembly
Connection, support guide post 6, auxiliary is driven using the relative motion between nut 14 and screw mandrel 18
Help support column 7 that adjacent last layer layer assembly is risen or fallen；Stress will be lifted per component layer by layer
Press that geometry is square to be divided at diagonal 4 points, while by power motor 11, steering box 13, rising
Drop machine 10 is connected as " H " type by power transmission shaft A12 and power transmission shaft B17, realizes that power source is united
First, it is synchronous so as to ensure lifting.The view turntable 5 for carrying building is directly mounted at top layer group
On part, by differential degree disk roller unit at the 12 of the inside and outside roller-way of turntable 5 and top layer component
Between friction at the uniform velocity rotate ordering about turntable 5.Specially：
Worked per the power motor 11 in component layer by layer, pass sequentially through reductor 16, power transmission shaft
A12, steering box 13, power transmission shaft B17, lift 10 is transferred to by power；Each power electric
Machine 11 drives with lift 10 everywhere of layer simultaneously, and the drive screw 18 of power motor 11 rotates,
Nut 14 is fixed with arm-tie 15 and coordinated with screw mandrel 18, can so drive arm-tie about 15
It is mobile, while often place's arm-tie 15 fixedly mounts support guide post 6 and Auxiliary support post 7 above,
Support guide post 6 is connected with the other end of Auxiliary support post 7 with the component framework of last layer layer assembly
Connect, so using this layer as support stress point, by active force and reaction force by last layer layer
Component rises.It is driven by this form between per adjacent two layers, therefore constitutes integral elevating
Layering superposition.The rotation of the turntable 5 of top layer view pacifies turntable 5 according to roller conveying principle
It is put on multiple roller units, by the rotation of disk roller using disk roller and roller-way face on turntable 5
Between friction drive the turntable 5 to rotate.
Lift 10 is mainly using trapezoidal thread transmission and Worm Wheel System, trapezoidal thread
And the good self-locking performance of worm and gear of big speed ratio ensures that the safety of lift rotating equipment can
Lean on；Lift 10 is fixed on casing 9, and screw mandrel 18 is axially fixed, nut 14 with
It is connected with support guide post 6 and Auxiliary support post 7 while fixation between arm-tie 15, nut
14 rotary freedoms are limited, therefore the active rotation of screw mandrel 18 will drive the upper of arm-tie 15
Lower movement.Every layer of lift 10 installs at 4 points, by 1：1 steering box 13 is by power motor
11 torque is respectively sent to 10 4 points of lift, it is ensured that 4 lifts 10 of same layer assembly
Input speed is consistent with input torque.
Any lifting of rising and falling in desired altitude range of the achievable villa house of the present invention, according to
The house adjustable height scope of restriction.Power section of the invention uses electrical energy drive, does not receive
Environment is limited, and is effectively combined with house electricity consumption while saving device space.Single unit system outward appearance
Simplicity generosity, it is well arranged, meet modern architecture requirement.
Claims (9)
1. a kind of lift rotating equipment, it is characterised in that：Including turntable (5) and multilayer layer group
On the basis of the layer assembly of part, the wherein bottom is arranged on, the turntable (5) and top
Layer assembly rotates connection；In addition to top layer assembly include per component layer by layer component framework,
Power motor (11), reductor (16), power transmission shaft A (12), steering box (13), transmission
Axle B (17), lift (10), casing (9), arm-tie (15) and support component, this subtracts
Fast machine (16) is connected with the output end of the power motor (11) and is separately mounted to described
On component framework, multiple casings (9) are evenly distributed on the component framework, described in each
The lift (10), the output end of the reductor (16) are mounted on casing (9)
Many power transmission shaft A (12) are connected with, the every power transmission shaft A (12) is respectively connected with steering box
(13), each described steering box (13) exports and has many power transmission shaft B (17), every institute
State power transmission shaft B (17) to be connected with a lift (10), each described casing (9)
Lower section be equipped with and be connected with the output end of the lift (10) on the casing (9)
The arm-tie (15) for connecing, each described arm-tie (15) by the support component and this layer by layer
The component framework of the adjacent last layer layer assembly of component is connected；The group of the layer assembly of the top
Part framework is connected with the arm-tie (15) of adjacent next layer of layer assembly, the layer assembly of the top
Component framework on be along the circumferential direction evenly equipped with multiple disk roller dynamical elements (8), each disk roller is moved
The output end of power element (8) is respectively connected with the disk roller unit for being rolled with the turntable (5) and being connected；
The power motor (11) and reductor (16) in per component layer by layer by power transmission shaft A (12),
The transmission of steering box (13) and lift (10), drives arm-tie (15) lifting, enters
And drive the layer assembly of adjacent last layer to lift by the support component, the turntable (5)
Drive disk roller to rotate by each disk roller dynamical element (8) and realize rotation.
2. the lift rotating equipment as described in claim 1, it is characterised in that：Per group layer by layer
Nut (14), one end peace of the support component are installed on the arm-tie (15) in part
On the arm-tie (15), the other end is passed through by the casing (9) of the component layer by layer, is connected
In on the casing (9) of adjacent last layer layer assembly；The output end of the lift (10) is
Screw mandrel (18), the screw mandrel (18) is threadedly coupled with the nut (14), and power is transmitted
On to the support component, and then realize the lifting of adjacent last layer layer assembly.
3. the lift rotating equipment as described in claim 2, it is characterised in that：The support
Component includes support guide post (6) and Auxiliary support post (7), on the casing (9) respectively
Guide pipe (25) and auxiliary branch line (26) be installed, and the guide pipe (25) with it is auxiliary
The through hole (27) for being provided with and being passed through for the screw mandrel (18) is helped between branch pipe (26)；The branch
One end of support lead column (6) and Auxiliary support post (7) is separately mounted to the arm-tie (15)
On, the other end is passed through by guide pipe (25) and auxiliary branch line (26) respectively, is connected to adjacent
On the casing (9) of last layer layer assembly.
4. the lift rotating equipment as described in claim 1, it is characterised in that：Top layer
The component framework outward flange of component has been evenly distributed multiple spacing disk rollers (24), each limit
Position disk roller (24) rolls with the inner ring of the turntable (5) and is connected.
5. the lift rotating equipment as described in claim 4, it is characterised in that：It is described most to push up
The component framework of component is round layer by layer, is along the circumferential direction evenly equipped with multiple casings (9),
Each described casing (9) by support component described in it is adjacent under component from level to level drawing
Plate (15) is connected；In the periphery of each casing (9), multiple is along the circumferential direction evenly equipped with
Disk roller unit, each described disk roller unit include connecting shaft (21), inner roll (22) and
Outer roller (23), the connecting shaft (21) is rotatably installed in the component of the top layer assembly
Being interlocked on framework, on each described connecting shaft (21) has inner roll (22) and outer roller (23),
The disk roller dynamical element (8) is electric rotating machine (20), the output of the electric rotating machine (20)
End is connected with the connecting shaft (21).
6. the lift rotating equipment as described in claim 5, it is characterised in that：The turntable
(5) it is circular ring type, its lower surface is respectively equipped with concentric circular interior roller-way (29) and outer
Roller-way (28), each inner roll (22) is respectively contained in the interior roller-way (29), shape
Into rolling friction pair, each outer roller (23) is respectively contained in the outer roller-way (28),
Form rolling friction pair.
7. the lift rotating equipment as described in claim 1, it is characterised in that：Except top
The component framework per component layer by layer outside layer assembly is square, is equipped with square corner
The casing (9)；The power motor (11) and reductor (16) are symmetrically arranged on two with
Two steering boxs (13), each described steering box (13) passes through a power transmission shaft A (12) respectively
Output end with reductor (16) is connected, and respectively output has two to each described steering box (13)
Power transmission shaft B (17), every power transmission shaft B (17) is installed with a casing (9)
Lift (10) be connected.
8. the lift rotating equipment as described in claim 7, it is characterised in that：The power
Motor (11) and reductor (16) are installed in the geometric center per the component framework of component layer by layer
Position, two axial centres of power transmission shaft B (17) of each steering box (13) output
Line is conllinear, and two longitudinal center lines of the power transmission shaft A (12) are conllinear and perpendicular to each
The longitudinal center line of power transmission shaft B (17) of side two, i.e. the four of the both sides piece power transmission shaft B (17)
With two power transmission shaft A (12) in " H " type.
9. the lift rotating equipment as described in claim 1, it is characterised in that：Adjacent two layers
Layer assembly in, be below the casing of layer assembly and be located in top layer in the projection of horizontal plane
The outside of the casing of component.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510470442.7A CN106703202B (en) | 2015-08-04 | 2015-08-04 | A kind of lift rotating equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510470442.7A CN106703202B (en) | 2015-08-04 | 2015-08-04 | A kind of lift rotating equipment |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106703202A true CN106703202A (en) | 2017-05-24 |
| CN106703202B CN106703202B (en) | 2019-02-15 |
Family
ID=58929795
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510470442.7A Active CN106703202B (en) | 2015-08-04 | 2015-08-04 | A kind of lift rotating equipment |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN106703202B (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108387061A (en) * | 2018-01-24 | 2018-08-10 | 庄燕双 | A kind of portable herding medical refrigerator |
| CN110984549A (en) * | 2020-01-09 | 2020-04-10 | 福州大学 | Movable and spliced assembly type layered lifting platform system and working method thereof |
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE19824599A1 (en) * | 1998-06-02 | 1999-12-09 | Elbe Haus Ind Ag | Lifting and transporting unit for erection of fabricated buildings from modules |
| CN2830547Y (en) * | 2005-06-15 | 2006-10-25 | 北京凯亚房地产开发有限公司 | House lifter for villa and liftable house structure |
| KR100676189B1 (en) * | 2005-09-02 | 2007-01-30 | 신운철 | Rotary bungalow of ascend and descend |
| CN203676422U (en) * | 2013-12-18 | 2014-07-02 | 北京石油化工学院 | Liftable fitness table |
| CN204850053U (en) * | 2015-08-04 | 2015-12-09 | 集佳绿色建筑科技有限公司 | Lifting rotary device |
-
2015
- 2015-08-04 CN CN201510470442.7A patent/CN106703202B/en active Active
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| DE19824599A1 (en) * | 1998-06-02 | 1999-12-09 | Elbe Haus Ind Ag | Lifting and transporting unit for erection of fabricated buildings from modules |
| CN2830547Y (en) * | 2005-06-15 | 2006-10-25 | 北京凯亚房地产开发有限公司 | House lifter for villa and liftable house structure |
| KR100676189B1 (en) * | 2005-09-02 | 2007-01-30 | 신운철 | Rotary bungalow of ascend and descend |
| CN203676422U (en) * | 2013-12-18 | 2014-07-02 | 北京石油化工学院 | Liftable fitness table |
| CN204850053U (en) * | 2015-08-04 | 2015-12-09 | 集佳绿色建筑科技有限公司 | Lifting rotary device |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108387061A (en) * | 2018-01-24 | 2018-08-10 | 庄燕双 | A kind of portable herding medical refrigerator |
| CN110984549A (en) * | 2020-01-09 | 2020-04-10 | 福州大学 | Movable and spliced assembly type layered lifting platform system and working method thereof |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106703202B (en) | 2019-02-15 |
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